Metal/Nylon Mesh Filter

Metal mesh filters, typically constructed from metallic materials such as aluminum mesh or stainless steel mesh, are characterized by their high temperature resistance, efficient filtration, and robust structure. These filters are commonly used in central HVAC systems, kitchen exhaust hoods, and ventilation filtration applications requiring resistance to acids, bases, or high temperatures. Metal mesh filters can capture large particles and be cleaned with water or compressed air, offering a long service life and extremely low pressure drop.

If you have more questions about the Metal/Nylon Mesh Filter or need further information, please feel free to ask.

Metal Mesh Filters: High-Temperature Filtration Experts

Metal mesh filters, crafted from materials like aluminum or stainless steel, are renowned for their heat resistance and robust structure. These filters are a staple in central HVAC systems and kitchen exhaust hoods, particularly where resistance to acids, bases, or high temperatures is required. They capture large particles and can be easily cleaned with water or compressed air, ensuring a long service life and minimal pressure drop.

Nylon Mesh Filters: Versatile and Durable

Nylon mesh filters, woven from durable nylon fibers, are known for their wear and corrosion resistance. They are ideal for air conditioning systems, purification equipment, and other applications where air quality is paramount. These filters are lightweight, reusable, and boast a low initial resistance with strong dust prevention capabilities. Their high filtration efficiency and ventilation performance make them a popular choice in operating rooms, laboratories, and other medical industry spaces.

Performance Characteristics

High-Temperature Resistance:
Metal mesh filters are capable of enduring high-temperature environments, with an operating temperature that can reach up to 1,000°C. The specific operating temperature is influenced by the alloy composition and the pore size generated during the sintering process. When the temperature exceeds 400°C, the dust removal efficiency of metal microporous filters for particles smaller than 100μm can reach 99.99%, resulting in a filtered dust concentration below 10mg/m³.
Mechanical Strength and Abrasion Resistance:
Metal wire meshes exhibit high mechanical strength and excellent abrasion resistance, allowing them to maintain stable filtration performance under high-temperature conditions.
Gas Permeability:
Metal filters possess good gas permeability, characterized by a high and uniformly distributed porosity, which contributes to enhancing gas purification efficiency.
Pressure Drop Characteristics:
Under high-temperature conditions, the pressure drop across metal wire mesh filters increases as the temperature rises.

Cleaning and Maintenance Protocols for Metal/Nylon Mesh Filter

Routine Cleaning Schedule:

Nylon mesh filters, subject to dust accumulation over extended periods of use, necessitate periodic cleaning.

Specialized and Efficient Cleaning Techniques:

To clean nylon mesh filters, employ a pristine, non-foaming, and damp cloth, ensuring thorough drying of the mesh post-cleaning.

Mild detergents are permissible for either hand-washingor machine washing; however, it is imperative to refrain from utilizing overly aggressive chemical cleaners, which may compromise the integrity of the mesh.